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Find detailed technical data in our library for products used in the Oil and Gas Drilling process. These Tech Briefs include information on cavitation resistance, galvanic corrosion and galling properties.

If you cannot find the information you need or would like to request additional technical product details, please feel free to contact our team for more information.


  1. PDF icon Technical Review - Analysis of ToughMet® 3 and Cu-14Ni-3Al

    Technical Reviews offer detailed comparisons of Materion products to competitor materials. ToughMet 3 and Cu-14Ni-3Al are both high strength copper alloys commonly used in the marine and oil and gas industries, but significant differences are realized when their properties are compared. This Technical Review discusses those differences that make ToughMet an advantageous replacement for the nickel bronze alloy in demanding applications and severe environments.

  2. PDF Document Charpy V Notch Behavior of ToughMet 3

    Materion tests the CVN impact strength of its materials in accordance with ASTM E-23 with a Type A specimen.

  3. PDF icon Tech Brief - Galling Resistance of 25 Alloy and ToughMet 3® when Self Mated and Mated with Various Metals

    Galling resistance has been one of the primary reasons that Alloy 25 and ToughMet have been selected for equipment where the service conditions included high strength and relative motion between metal components. Alloy 25 and ToughMet are shown to resist galling to many other metals and to resist galling to other Alloy 25 parts and ToughMet parts.

  4. PDF icon Tech Brief - Cavitation Resistance of Selected Copper Alloys

    Materion Performance Alloys ToughMet® and copper beryllium products are highly resistant to cavitation.

  5. PDF Document Temperature Dependence of Tensile Properties for Various Alloys

    The temperature dependence of the tensile properties for various tempers of ToughMet 3 (C72900), Alloy 25 (C17200) and Alloy 3 (C17510) rod were measured from -195 °C (-320 °F) to 345 °C (650 °F) in accordance with ASTM E21.

  6. PDF Document Anti-friction Behavior Of Copper-based Bearing Alloys

    In a representative test for coefficient of friction, copper beryllium and ToughMet® alloys showed a favorable combination of high strength and low friction.

  7. PDF icon Tech Brief - A Guide to Galvanic Corrosion

    Galvanic can occur when two or more dissimilar metals contact each other in an electrolytic environment. This can occur in seawater, chemical processing, or in automotive fasteners and connectors exposed to road salt spray. It is important to understand the relative position of metals on the galvanic series when they will be coupled near an electrolytic solution.

  8. PDF icon Galling Resistance Of ToughMet 2 Alloy

    The exceptional galling resistance of ToughMet® 2 and other copper alloys for wear plate applications is explored in this technical paper.

  9. PDF icon Machining Recommendations For ToughMet Rod, Tube and Plate

    The machining recommendations (turning, milling, drilling, tapping, grinding and sawing) for ToughMet® 3 AT and CX tempers of rod, tube and plate alloys are discussed in this technical brief.

  10. PDF Document Stability of Copper Alloys at Elevated Temperatures

    Detailed charts displaying the room temperature properties of copper beryllium and ToughMet alloys after exposure to elevated temperature.

  11. PDF icon ToughMet Plain Bearing Performance with High PV

    This technical brief demonstrates that ToughMet® plain PV limits can be significantly higher than other bearing alloys, including popular cast manganese and aluminum bronzes, particularly at heavy loads.